Thanks a lot, Curt 😁

Glad it was helpful!

En resumen q un generador normal no es estable en voltaje para un audio y un generador invertido es mas estable en cuanto a estabilidad electrica.Solo checa cuantos watts es lo q vas a ocupar.. espero y ye haya servido.👍

Hi Papa Bear, Hopefully I have some good news for you… Q1. Would I need one EcoFlow DELTA 2 Max power generator per VS21-MK3 speaker since they have a Class D amp of 2,400W? A1. Yes, I would recommend you have 2. One generator might run the pair of subwoofers but you'd be pushing its limits, and the other significant downside is you would run the batteries down in about half the time. As the batteries discharge, the heavier draw would compound the potential issues regarding current delivery and battery life. Q2. Would I need a higher output power generator for the DV12-MK3 since it has a 3,300W amp or since it's not a sub, would it suffice to have the EcoFlow Max 2 generator at 2,400W? No. The DV12, when used with subs, so in a satellite mode, will draw very little current. Yes, it can deliver lots of voltage and lots of watts but because the frequencies and therefore the durations and impedances are higher, most of the power can be delivered from the amplifiers' capacitor banks. 3. If running the BASSBOSS speakers mentioned above at approximately half their total output, how many kWh's would you expect me to get using the generators listed? Just trying to ensure I wouldn't use up an entire power battery in one hour trying to push a BASSBOSS speaker. I can't answer the question directly without doing tests, and those tests probably wouldn't accurately replicate the actual conditions. “Half their total output” is an arbitrary quantity. It could be half their total maximum power, so 3dB below maximum SPL, or it could be half their perceived maximum output, which would be 10dB below maximum. 10dB from maximum would represent about 10% of their maximum power, so very different in terms of power consumption. Watt-hours or kilowatt-hours are essentially what they sound like, but easily misunderstood. Hour of output at 1 kilowatt is represented as 1 Kilowatt-hour. The good news is that amplifiers draw very little power when averaged over time. Based on a rated output of 2400W, using typical dynamic music content, the expected draw would be 0.25 kWh per subwoofer. With tops, perhaps 0.35kWh… So, if you have ~2000 Watt-hours, that’s 2kWh, and should, in theory, give you about 5 hours of operation, with a bit to spare. Maybe 5.5 with two of the generators. The higher the SPL, the shorter the party BUT with a couple of extra batteries, you should be able to get from sundown to sunrise and beyond… AND, is your mutant vehicle powered by batteries or by a motor? If your mutant vehicle is running a motor, the alternator could be connected to charge your generator batteries. I hope that's good news, and I hope to hear your real-world results when you've done some tests… Enjoy!

@@DavidLee-BASSBOSS thank you so much for such a thorough response! This is just one of the many reasons that you, your company, and your speakers stand head and shoulders above the rest! I will most certainly send you feedback on how BASSBOSS speakers make my mutant art vehicle stand out from the rest!

thanks for always being so thorough and sharing your knowledge@@DavidLee-BASSBOSS!!!

Hi Chris, did you not find this helpful? I'll try to put the information together in a different sequence in future videos. This part is the most important to remember: kzfaq.info/get/bejne/nbh0pteU0duZgoU.html The generator should have enough "running watts" not peak or startup watts, to run all your subwoofers.